Molecular Science and Engineering (MSE)

Master of Engineering Program

Materials Science and Engineering (International Program)

Name of Institution Vidyasirimedhi Institute of Science and Technology
School Molecular Science and Engineering

Curriculum
Curriculum Structure (Download Full)

1. Program Structure A1
	1.1 Program Total Credit		No less than	38	Credits
	1.2 Program Details
		Core Courses	No less than	8	Credits (Non credits)
		- Colloquium		2	Credits (Non credits)
		- Professional Development		3	Credits (Non credits)
		- Leadership in Science and Engineering		3	Credits (Non credits)
		Thesis	No less than	38	Credits
	1.3 Courses
		Core Courses	No less than	8	Credits (Non credits)
		- (Colloquium)	No less than	2	Credits (Non credits)
		MSE 588 Colloquium I
		MSE 589 เสวนา II Colloquium II
		- MSE 568 Professional Development		3	Credits (Non credits)
		- MSE 569 Leadership in Science and Engineering)		3	Credits (Non credits)
		Thesis	No less than	38	Credits
		MSE 599 M.Eng Thesis		1-38

2. Program Structure A2
	2.1 Program Total Credit		No less than	38	Credits
		2.2 Program Details
		Core Courses	No less than	20	Credits
		- Seminar		2	Credits
		- Professional Development		3	Credits (Non credits)
		- Leadership in Science and Engineering		3	Credits (Non credits)
		- Compulsory Core Course		12	Credits
		- Compulsry Elective Course	No less than	6	Credits
		Thesis	No less than	18	Credits

		2.3 Course List
		Core Courses	No less than	20	Credits
		- Seminar	No less than	2	Credits
		MSE 578 (Seminar I)
		MSE 579 (Seminar II)
		- MSE 568 Professional Development		3	Credits (Non credits)
		- MSE 569 Leadership in Science and Engineering 3 Credits (Non credits)		3	Credits (Non credits)

		- Compulsory Core Courses		12	Cedits
		MSE 501 Thermodynamics and Kinetic Processes in Materials			3(3-0-6)
		MSE 502 Chemical Synthesis of Materials			3(3-0-6)
		MSE 503 Structure and Properties of Materials			3(3-0-6)
		MSE 504 Characterization of Materials			3(3-0-6)
		- Compulsory Elective Courses	No less than	6	Credits

Students are required to select no less than 6 credits from MSE courses or courses from other programs. Courses other than those prescribed below are at the discretion of Program Director or eqivalent position.

	(1) Frontiers in Materials Science and Engineering)
		MSE 511 Advanced Thermodynamics and Phase Transformation			3(3-0-6)
		MSE 512 Solid State Chemistry and Physics			3(3-0-6)
		MSE 513 Thermal and Mechanical Properties of Materials			3(3-0-6)
		MSE 514 Electrical, Magnetic, and Optical Properties of Materials			3(3-0-6)
		MSE 515 Modeling and Simulation of Materials			3(3-0-6)
		CHE 512 Oil and Natural Gas Technologies			3(3-0-6)
		CHE 542 Computational Polymer Science and Engineering			3(3-0-6)

	(2) Specialized Courses on Molecular Design and Synthesis Processes
		MSE 521 Advanced Synthesis for Organic and Inorganic and Biological Materials			3(3-0-6)
		MSE 522 Synthesis and Processing of Electronic and Photonic Materials			3(3-0-6)

		MSE 523 Ceramic Processing			3(3-0-6)
		MSE 524 Sol-Gel Nano Materials and Processing			3(3-0-6)
		MSE 525 Electrochemical Processing of Materials			3(3-0-6)
		MSE 526 Rheology and Processing of Polymers			3(3-0-6)
		CHE 522 Design and Preparation of Heterogeneous Catalysts			3(3-0-6)
		CHE 541 Polymer Science and Engineering			3(3-0-6)

	(3) Advanced Courses on Cutting-Edge Analysis and Characterization of Materials
		MSE 531 Applications of Diffraction Techniques in Materials Science			3(3-0-6)
		MSE 532 Electron Microscopy and Diffraction			3(3-0-6)
		MSE 533 Thermal Analysis			3(3-0-6)

	(4) Novel Materials, New Processes and Applications
		MSE 541 Materials for Energy Environmental and Biological Applications			3(3-0-6)
		MSE 542 Photovoltaic and Solar Cell Materials and Devices			3(3-0-6)
		MSE 543 Sensor and Transducer Materials and Technology			3(3-0-6)
		MSE 544 Advanced Ceramics and Applications			3(3-0-6)
		MSE 545 Catalytic Materials and Applications			3(3-0-6)
		MSE 567 Selected Topics in Materials Science and Engineering			3(3-0-6)
		CHE 511 Principles of Biofuel Engineering			3(3-0-6)
		CHE 521 Applied Catalysis			3(3-0-6)
		CHE 531 Biological Engineering			3(3-0-6)
		CHE 532 Biomass and Biological Waste Utilization			3(3-0-6)
		CHE 551 Advanced Process Control			3(3-0-6)
		CHE 552 Computer Process Control			3(3-0-6)
		CHE 553 Computer-aided Computation for Chemical Engineers			3(3-0-6)
		CHE 554 Chemical Reactor Analysis, Design and Scale-up			3(3-0-6)
		CHE 555 Energy Conservation and Management			3(3-0-6)
		CHE 557 Cleaner Technology, Life Cycle Assessment and Eco-Design			3(3-0-6)

		Thesis	No less than	18	Credits
		MSE 599 M.S.Thesis		1-18

Admission

Molecular Science and Engineering (MSE)

Master of Engineering Program

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